原煤层CO赋存状态观测试验与分析研究

Zhang Ying-hua, Zhao Qian, Hu Zhi-an, Gao Yu-kun, Zhang Yan-feng
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引用次数: 0

摘要

煤具有较强的吸附能力,煤层中吸附的气体以CO2、CH4和N2居多,CO含量较少。在某些矿井采空面上隅角及其他部位CO含量超标,但由于对其来源不清楚,防火控制措施往往效率低下,直接威胁煤矿的安全生产。通过对翠家寨煤矿东31工作面4个现场实验钻孔的数据测定分析,发现原煤本身含CO含量为0%~0.0019%,且随着时间的发展,CO的产率逐渐减慢,CO浓度随钻孔深度的增加而增加,因此认为工作面部分CO来源于原煤层的赋生。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Observing Experiment and Analyzing Research of CO Occurrence in Original Coal Seam
Coal has a strong adsorption capacity, adsorbed gas in coal seam is mostly CO2, CH4 and N2, only a little is CO. In upper corners and some other spots of mining face of some mine CO often transfinite, but due to being unclear about its source, fire preventing and controlling measures are often inefficient which directly threat safe production of coal mine. through determining and analyzing data of four site experimental boreholes in eastern 31 mining face of CUIJIAZHAI coal mine, content of CO contained by raw coal itself is found to be 0%~0.0019%, and with time develops, producing rate of CO slow down gradually, and concentration of CO increase with depth of borehole increase, so part of CO in mining face is concluded to stem from occurrence of original coal seam.
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